JPH0947465A - Impotence curing ring and its manufacturing device and manufacturing method therefor - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an impotence curing tool which is excellent in durability and installing performance and can be efficiently mass-produced. SOLUTION: An integrally molded ring A which is made of rubber such as a synthetic resin and is made discontinuous in the circumferential direction and is formed by joining an almost half-split-shaped first ring half-split part A1 in which a part of plural blood stream improving substances M is internally installed at prescribed intervals in the circumferential direction to a second ring half-split part A2 formed as the other half by injection molding.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a device for treating impotence, and in particular, a ring for treating impotence which is extremely excellent in durability and wearability and can be mass-produced extremely efficiently in its manufacturing method. Regarding the manufacturing method.

[0002]

2. Description of the Related Art Conventionally, it has been widely known by specialists in urology that a belt or ring containing a permanent magnet is effective for improving impotence in men. By mounting such belts and rings so as to surround the penis, a plurality of permanent magnets inside the penis radiate magnetic lines of force to promote blood circulation in the penis, which may lead to good results for impotence therapy. It is possible.

Several therapeutic devices for such impotence have been developed. For example, FIG. 15 (A)
As shown in Fig. 2, natural rubber or silicone rubber is formed into a tube shape, small disk-shaped permanent magnets are inserted into the tube so as to be arranged at predetermined intervals, and the tube is connected to one end side in the longitudinal direction of the tube. The connecting rod is inserted and fixed so as to form a projecting portion, and the other end side in the longitudinal direction of the tube is connected to the one end side to form a ring shape as shown in FIG. 15 (B). . In addition, although not particularly shown, the natural rubber or silicon rubber is formed into a belt shape, a plurality of disk-shaped permanent magnets are arranged and mounted on the belt-shaped belt at predetermined intervals, and the belt is wound around the penis for use.

[0004]

Among the conventional types described above, in the type in which a plurality of permanent magnets are inserted by using natural rubber or silicone rubber as a tube shape, the manufacturing must be almost manually performed. However, it was inefficient and unsanitary, and the manufacturing cost was extremely high. Further, a connecting rod is used to make the tubular one into a ring shape, and the ring-shaped connecting portion has a distorted shape, which makes the penis extremely uncomfortable to wear. Further, during use, the tubular connecting portion is disengaged and the connecting rod is exposed, which is extremely dangerous for the user. In addition, although the strip type has some advantages in manufacturing over the tube type, it is extremely uncomfortable to wear.

[0005]

Therefore, as a result of intensive studies by the inventor in order to solve the above-mentioned problems, as a result, a predetermined interval is provided in a unitary molded ring made of rubber such as synthetic resin which is not connected in the circumferential direction. In this case, an impotence treatment ring containing a plurality of substances that improve blood flow is used, or an integrally molded ring made of rubber such as synthetic resin that is not connected in the circumferential direction has predetermined intervals in the circumferential direction. In addition, a plurality of first ring halves, each of which has a substantially halved shape and contains a part of a plurality of substances that improve blood flow, and the other half are joined to a second ring halved portion formed by injection molding. It can be used as a ring for impotence treatment, or a ring made of rubber such as synthetic resin can be divided into halves and have a plurality of insertion grooves at predetermined intervals to improve blood flow in the insertion groove of the first ring halved portion. And the above-mentioned The second ring half-split part is composed of a second ring half-split part formed by injection molding another half-split part made of the same material as the ring half-split part. Of an impotence treatment ring in which a substance that improves blood flow is enclosed in the first ring half-split part and the second ring half-split part by integrally molding the part into a ring having a substantially elliptical cross section. A device, or a ring made of synthetic resin or the like having a ring-shaped cross section, and a first ring half-divided portion having a plurality of insertion grooves at predetermined intervals are formed, and then the first ring half is formed. A material for improving blood flow is inserted into the insertion groove of the split portion, and the first ring half-cut portion containing the substance for improving blood flow is put into a molding die and made of the same material as the first ring half-split portion. The other half of the ring is formed by injection molding and the second ring half is formed on the first ring. An impotence obtained by integrally molding a half-divided portion into an integrally-formed ring having a substantially elliptical cross section, and then enclosing a substance that improves blood flow inside the first ring half-divided portion and the second ring half-divided portion. A method for manufacturing a therapeutic ring, and further, a ring cross section made of rubber such as synthetic resin is formed in a half-division shape, and a first ring half-division portion having a plurality of insertion grooves at predetermined intervals is formed. A magnetic body is inserted into the insertion groove of the first ring half-cut portion, and the magnetic material-containing first ring half-cut portion is inserted into a molding die, and made of another material of the same material as the first ring half-cut portion. A second ring half-split part, which is formed by injection molding a half-split, is integrally molded with the first ring half-split part to form an integrally-molded ring having a substantially elliptical cross section, and then the first ring half-split part and the second ring half-split part. The magnet that is magnetized by magnetizing the magnetic material enclosed in the ring half By using the method for manufacturing a ring for treating tense, the feeling of wearing is further improved, the durability and safety are also good, and the manufacturing process can be made extremely efficient to solve the above-mentioned problems. It is a thing.

[0006]

Embodiments of the present invention will be described below with reference to the drawings. In the present invention, as shown in FIG. 1, a plurality of magnets 3m, 3m, ... Are internally provided at predetermined intervals in the circumferential direction of the integrally molded ring A. The material of the integrally molded ring A is a flexible substance such as synthetic resin rubber, natural rubber, and soft rubber, and silicon rubber is particularly preferable. Its integral ring A, as shown in FIG. 3, the penetration shaft of the ring (virtual axis) respectively along the direction between the first ring halves A ₁ substantially-half shaped as a ring-shaped second ring half It is composed of a split portion A ₂ . The first ring half-split part A ₁ and the second ring half-split part A ₂ have a substantially U-shaped or semi-circular cross-sectional shape orthogonal to the circumferential direction. Then, the first ring half-divided portion A ₁ and the second ring half-divided portion A ₂ are combined while the magnetic bodies 3, 3, ... 3m, ...
The integrally formed ring A has a substantially elliptical cross section orthogonal to the circumferential direction.

The first ring half-split portion A ₁ has insertion grooves 2, 2, ... At predetermined intervals along the circumferential direction of the first ring half-split piece 1.
Are formed [see FIGS. 3 (A) and 3 (B)].
The surface of the first ring half-divided portion A _{1 where} the insertion grooves 2, 2, ... Are formed is the mating surface side with the second ring half-divided portion A ₂ [see FIG. 3 (C)]. The insertion groove 2 is formed so that the magnetic body 3 can be easily inserted therein, and the bottom has a shape along the circumference of the disk-shaped magnetic body 3. Here, the magnetic body 3 refers to a material that can be easily magnetized to become the magnet 3m, and the magnetic body 3 itself does not have magnetism. Further, the magnetic bodies 3, 3, ... Are shown in FIG.
As shown in Fig. 8, eight pieces are attached to one integrally formed ring A at equal intervals, but this may be increased appropriately,
The number of magnetic bodies 3, 3, ... May be determined from various aspects such as efficacy and price.

Next, a process of manufacturing the integrally molded ring A containing a plurality of magnetic bodies 3, 3, ... will be described. First, the first
Mold the ring half A ₁ . The first ring half A
₁ is molded by compression molding or injection molding, and is formed by the primary molding die D ₁ (see FIG. 4). The primary molding die D ₁ includes a primary molding lower die 5 having a circumferential groove 5a for molding the first ring half-split piece 1, and a protrusion for molding the insertion grooves 2, 2 ,. 6
a primary molding upper die 6 having a, 6a ,.

Then, the magnetic bodies 3, 3, ... are inserted one by one into the respective insertion grooves 2, 2, ... of the first ring half-divided portion A ₁ molded by the primary molding die D ₁ (Fig. 5).
And all the insertion grooves 2, 2, of the first ring half-divided portion A ₁ .
When the magnetic materials 3, 3, ...
The ring half A ₁ is placed on the secondary molding die D ₂ . The secondary mold D ₂ is first molded by the primary molding die D ₁
A secondary molding lower die 7 having a first ring halves groove 7a which can properly position the ring halves A _1, the second ring halves A on the first ring halves A _{1 2} are those made up of the secondary molding upper die 8 and having a second ring half portion molding groove 8a for molding integrally (see FIG. 6).

The first ring half part A ₁ is arranged in the groove 7a for the first ring half part of the secondary molding lower mold 7, and the secondary molding upper mold 8 is put on the secondary molding lower mold 7. the silicon rubber material which is melted to the second ring half portion molding groove 8a pouring, first heated with the ring halves a _1, the second ring halves a on a first ring halves a ₁ Mold ₂ together (see Figure 7). Next, when the molten molten silicone rubber is cured, the integrally molded ring A is attached to the secondary molding die D ₂
Take it out further, remove the burrs that overflow when pouring, and adjust the appearance (see Fig. 8).

Then, in the completed integrally formed ring A, the magnetic bodies 3, 3, ... Inside thereof are made magnets 3m, 3m ,. In this way, the impotence treatment ring composed of the integrally molded ring A having the magnets 3m, 3m, ... Inside is completed (see FIG. 9). The cross section of the magnetic ring is shown in FIG.
As shown in FIG. 7, if the ellipse is used, the magnetic effect can be further improved without shifting even if the magnetic flux direction of the magnet 3m is the central direction.

Next, the insertion groove 2 of the first ring half portion A ₁
Magnetic body insertion device B for inserting magnetic bodies 3, 3, ...
Will be described. As shown in FIG. 10, the magnetic body insertion device B has a cover 9 provided on a base 9 at appropriate intervals. The base 9 is provided with a slide base 11 that slides back and forth in the horizontal direction, and a cover 10 is provided above the base 9.

The slide base 11 is formed with first ring half split portion positioning portions 11a for arranging the first ring half split portions A ₁ at predetermined positions on both sides in the sliding direction [FIG. )reference〕. The positioning portion 11a for the first ring half-split portion is formed in a flat cylindrical shape, and the first ring half-split portion A is formed.
A first ring halves positioning part 11a to the _first inner diameter side
It can be fixed to an appropriate place on the slide base 11 by inserting. Further, a circular rising portion may be formed so as to enclose the outer peripheral side of the first ring half-divided portion A ₁ .

A magnetic material supply cylinder 12 is provided on the cover 10. The magnetic material supply cylinder 12 has a cylindrical shape (see FIGS. 10 and 12), and magnetic material supply paths 12a, 12a, ... Are provided around the magnetic material supply cylinder 12 along the axial direction. The number of the magnetic material supply paths 12a, 12a, ... Is the same as the number of the insertion grooves 2, 2, ... Of the first ring half portion A ₁ , and the number of the magnetic material supply paths 12a, 12a ,. The spacing is also the same as the spacing between the insertion grooves 2, 2, ... A plurality of magnetic bodies 3, 3, ... Are stored in the respective magnetic body supply paths 12a, and the magnetic bodies 3, 3 ,.
It is sent out to the rotary supply plate 13.

The rotation supply plate 13 is a magnetic material supply cylinder 12.
Is provided immediately below the magnetic material supply cylinder 12, and a plurality of through holes 13a for passing therethrough are formed as shown in FIG. The plurality of magnetic bodies 3, 3, ... Stored in the supply paths 12a, 12a ,. The passing through holes 13a, 13a, ... Have a volume such that only one magnetic body 3 can be inserted, and the same number and the same as the number of the magnetic body supply paths 12a, 12a ,. It is provided at intervals.

The rotation supply plate 13 is rotatable directly below the magnetic material supply cylinder 12 on a horizontal plane, and depending on the angle of rotation, the passage through holes 13a, 13a ,. The supply passages 12a, 12a, ... Have a structure that can be aligned or displaced in position. If the magnetic material supply paths 12a, 12a, ... And the through-holes 13a, 13a, ... For position match, the magnetic materials 3, 3, .. The structure is such that it falls into the through hole 13a for passage. An operation handle 13b is formed on the rotation supply plate 13, and the operation handle 13b is projected to the outside of the base 9 so that the rotation supply plate 13 can be easily rotated. There is.

Next, as shown in FIG. 11, a fixed supply plate 14 is arranged immediately below the rotary supply plate 13,
As shown in FIG. 13, the fixed supply plate 14 has a plurality of insertion through holes 14a, 14a ,. The insertion through holes 14a, 14a, ...
3a, 13a, ... Are provided in the same number and at the same intervals, receive the magnetic bodies 3, 3, ... From the through holes 13a, 13a ,. 1 ring halves a ₁ of the insertion groove 2, 2, ... to the magnetic 3,3, it dropped ..., in which can be inserted.

Then, as described above, the magnetic material supply cylinder 1
2, a plurality of magnetic bodies 3, 3, ... Can be inserted into the respective insertion grooves 2 of the first ring half portion A ₁ by the rotation supply plate 13 and the fixed supply plate 14. This is performed by operating the rotation supply plate 13. That is, the positions of the magnetic material supply paths 12a, 12a, ... Of the magnetic material supply cylinder 12 and the positions of the insertion through holes 14a, 14a ,. The through-hole 13a for passing through the magnetic material supply path 12a and the through-hole 14 for insertion
It moves like switching the path to and from a.

First, as shown in FIG. 14 (A), a large number of magnetic materials 3, 3, ... Are stored in the magnetic material supply path 12a, and the magnetic material is supplied to the position of the magnetic material supply path 12a. The through holes 13a for passage of the dynamic supply plate 13 are aligned, and one magnetic body 3 is put in the through holes 13a for passage. And FIG.
As shown in (B), the rotation supply plate 13 is rotated to move the passage through hole 13 a to the position of the insertion through hole 14 a of the fixed supply plate 14. Then, as shown in FIG. 14C, when the passage through hole 13a reaches the position of the insertion through hole 14a, the magnetic body 3 falls below the insertion through hole 14a, and the first ring half The magnetic body 3 is inserted into each insertion groove 2 of the split portion A ₁ . At this time, immediately below the fixed supply plate 14,
The insertion through holes 14a, 14a, ...
The first ring half-divided portion A ₁ is arranged so that ...

Disposing the first ring half-divided portion A ₁ just below the fixed supply plate 14 by aligning the insertion through hole 14a and the insertion groove 2 with each other makes it possible to arrange the first ring half portion A ₁ as described above. The first ring half-split part A ₁ is arranged in the first ring half-split part positioning part 11a, and the slide base 11 is attached to the base 9
The first ring half-divided portion A ₁ can be arranged directly below the fixed supply plate 14 by sliding with respect to FIG.
(B)].

In the above embodiment, only the magnet 3m magnetized with the magnetic body 3 was used. However, when researching and developing various materials, the magnetic body 3 and gold,
Processed products such as metal pieces of silver, copper, etc. or alloys 20 thereof, ore pieces including gem such as jade, crystal and ceramics 2
1, the synthetic resin processed piece 22, the rare earth processed product 23 such as germanium, etc. were also effective in improving the blood flow. Therefore, the material as a superordinate concept of these is the substance M that improves blood flow.

The magnetic body insertion device B can also be applied to a substance insertion device B ₀ for improving the blood flow. That is,
Excluding the magnetic body 3, metal pieces such as gold, silver, copper or alloys 20 thereof, processed pieces 21 such as jade and crystal-containing ore pieces containing gems such as crystal and ceramics, synthetic resin processed pieces 22, germanium etc. Each of the substances M for improving blood flow, which includes the rare earth processed product 23, can be used as a device for inserting in the magnetic substance insertion device B, that is, as a device for inserting substances B ₀ for improving blood flow. Further, the magnetic material 3 is provided in the magnetic material supply cylinder 12 and the magnetic material supply path 12a.
Excluding gold, silver, copper and other metal pieces or alloys of these 20
Also, a substance M for improving blood flow, which is composed of a processed product 21 such as a piece of ore and ceramics containing gem such as jade and crystal, a processed product 22 of synthetic resin, and a processed product 23 of rare earth such as germanium, is supplied. Become. Further, in the case of the substance M which improves the blood flow except the magnetic substance 3, the magnetization is excluded in the final step. Further, the magnetic body 3 also includes a material having a large coercive force such as neo-geo alloy. Further, when the integrally molded ring A is made of silicone rubber, antibacterial processing is performed from the viewpoint of hygiene.

[0023]

According to the first aspect of the present invention, a plurality of substances M for improving blood flow are provided at predetermined intervals in an integrally molded ring made of rubber such as synthetic resin which is not connected in the circumferential direction. By using the impotence treatment ring as described above, firstly, the ring can be made extremely excellent in wearing feeling, and secondly, it can be made excellent in durability.

To explain the above effect in detail, in the present invention, the integrally formed ring A is an integrally formed product which is not connected in the circumferential direction, that is, since there is no joint, a smooth and uniform surface can be obtained. An excellent wearing feeling can be obtained [see FIG. 2 (A)]. Next, by making it unconnected in the circumferential direction, it is possible to obtain uniform strength and excellent durability at any location in the circumferential direction [see FIG. 2 (B)].

Further, the integrally molded ring A is internally provided with a plurality of substances M for improving blood flow at predetermined intervals, so that by attaching to the penis, the blood flow at that portion can be improved. There is an advantage that impotence can be effectively treated.

According to the second aspect of the present invention, the integrally formed ring A made of rubber such as synthetic resin and not connected in the circumferential direction.
Is a first ring half-divided portion A having a substantially half-divided shape in which a part of a plurality of substances M that improve blood flow are provided at predetermined intervals in the circumferential direction.
_{By using the} impotence treatment ring in which ₁ and the other half are joined to the second ring half-divided portion A ₂ formed by injection molding, the circumferential uncoupling is surely realized and the blood flow is ensured. The interior work and the like of the substances M, M, ... That improve the quality can be advantageously and easily performed, and the manufacturing can be efficiently performed. In addition, since it is not connected in the circumferential direction, it can have uniform strength at any location in the circumferential direction and can be excellent in durability.Furthermore, by attaching it to the penis, blood flow at that location can be improved. By improving it, impotence can be treated effectively.

According to the invention of claim 3, in claim 2,
The substance M for improving the blood flow is composed of the magnetic substance 3 and gold, silver,
The use of the impotence treatment ring made of a metal piece such as copper or an alloy thereof can improve blood flow by stimulating blood vessels and cells with these ions. In particular, a magnetic substance (neodymium) is well known as a long-lived α-emitter. Other effects can exert the same effect as the invention of claim 2.

Next, in the invention of claim 4, the ring for impotence treatment according to claim 2, wherein the substance M for improving the blood flow is formed as a processed product 22 such as a mineral rock piece containing gem such as jade or quartz and a ceramic or the like. As a result, the processed product 22 such as jade produces a large amount of far infrared rays, and the far infrared rays have an effect of promoting blood flow similarly to magnetism, which is effective for impotence treatment. Other effects can exert the same effect as the invention of claim 2.

According to the invention of claim 5, in claim 2,
Since the substance M that improves the blood flow is an impotence treatment ring that is the synthetic resin processed piece 22, many of the colorants and the like contained in the synthetic resin processed piece 22 include metal powder and a radiation body, Many of these are ionic or far-infrared effects, and have the advantage of improving blood flow when attached to the penis. Further, other effects can exhibit the same effects as the invention of claim 2.

According to the invention of claim 6, in claim 2,
The substance M that improves the blood flow is an impotence treatment ring that is a rare earth processed product 23 such as germanium. By attaching the substance M to the penis, the rare earth processed product 23 has ions, far infrared rays, α rays, etc. It has the effect of generating radiation and improving blood flow as well as magnetism. Other effects can exert the same effect as the invention of claim 2.

According to the invention of claim 7, in claim 2,
By using the substance M for improving the blood flow as an impotence treatment ring that is a magnet 3m,
The magnetic action has the effect of improving the blood flow of the penis. Other effects have the same effect as the invention of claim 2.

In the invention of claim 8, the ring cross section made of rubber such as synthetic resin has a half-divided shape, and has a plurality of insertion grooves 2, 2, ...
A second ring in which a substance M for improving blood flow is inserted into the insertion grooves 2, ₁ of ₁ and another half of the same material as the first ring half A ₁ is formed by injection molding. Half-split part A ₂ ,
The first ring half-split is formed by integrally molding the second ring half-split part A ₂ with the first ring half-split part A ₁ to form an integrally molded ring A having a substantially elliptical cross section. The first ring half-split having a half section is obtained by using the impotence therapeutic ring manufacturing apparatus in which the substance M for improving blood flow is enclosed in the part A ₁ and the second ring half part A _2. Since the substances M, M, ... Which improve the blood flow are inserted into the insertion grooves 2, 2, ... Of the portion A _1, the insertion can be performed easily and quickly. Moreover, there is no joint in the circumferential direction, and there is no separation in the circumferential direction after the completion, so that a very good impotence treatment ring manufacturing apparatus can be provided.

Next, in the invention of claim 9, the ring section made of rubber such as synthetic resin has a half-divided shape and has a plurality of insertion grooves 2, 2, ... A ₁
Then, a substance M for improving blood flow is inserted into the insertion grooves 2, 2, ... Of the first ring half-divided portion A ₁ , and the first ring containing the substance M for improving blood flow is formed. Half part A ₁
Was placed in a mold, the second ring halves A, the other halves of the first ring half portion A ₁ and the same material is formed by injection molding
₂ is integrally molded with the first ring half-split portion A ₁ to form an integrally-molded ring A having a substantially elliptical cross section, and then the inside of the first ring half-split portion A ₁ and the second ring half-split portion A ₂ Since the impotence treatment ring is produced by encapsulating the substance M for improving blood flow in the method, the production can be performed easily and efficiently, and can be further produced hygienically. That is, there is an advantage that the substances M, M, ... That improve blood flow can be manufactured in a state of being inserted into the integrally formed ring A having a substantially elliptical cross section in an orderly manner. That is, this is a half-split shape, so that in the first stage, the insertion groove 2 of the first ring half-split part A ₁ is formed.
A material M for improving blood flow is contained in 2, ..., By forming another half of the material M by injection molding in the second step, an orderly integrated ring A can be manufactured for the first time.

Further, the invention of claim 10 is that the ring section made of rubber such as synthetic resin has a half-divided shape and has a plurality of insertion grooves 2, 2, ... A
₁ is formed, and then the magnetic bodies 3, 3, ... Are inserted into the insertion grooves 2, 2, ... Of the first ring half-divided portion A ₁ , and the magnetic bodies 3, 3 ,. Put the ring half-split part A ₁ in a molding die, and form the second ring half-split part A ₂ which forms another half of the same material as the first ring half-split part A ₁ by injection molding. A magnetic body 3, which is integrally molded with the split portion A ₁ , into a integrally molded ring A having a substantially elliptical cross section, and then enclosed in the first ring half split portion A ₁ and the second ring half split portion A ₂ .
By magnetizing the magnets 3, ... As a method for manufacturing an impotence treatment ring composed of magnets 3m, 3m ,.
It can be manufactured easily and efficiently, and can be manufactured hygienically.

[0035] In detail these effects, firstly, in the preparation of the present invention, the insertion groove 2,2 of the first ring half portion A ₁ in which the cross-section and halved, ... to the magnetic 3,3, ... a To insert
The insertion can be simple and quick. This can be done because at this stage, since it is not magnetized, it can be inserted efficiently because it is not attached to another member etc. or the magnets are not separated from each other during manufacturing. Is. After the integral molding, the magnetic bodies 3, 3,
By magnetizing ..., it can be provided as an impotence treatment ring having an original function.

Further, the first ring half portion A ₁ in magnetic body 3,
A molding die can be used until 3, 2 ... Is inserted and the second ring half-split portion A ₂ is integrally molded with the first ring half-split portion A ₁ , which is extremely efficient. It is hygienic.

[Brief description of drawings]

FIG. 1 is a perspective view of an impotence treatment ring of the present invention.

FIG. 2A is a schematic perspective view showing a state in which the impotence treatment ring of the present invention is used. FIG. 2B is a schematic sectional view showing a state in which the impotence treatment ring of the present invention is used.

3A is a perspective view of a first ring half-split portion, FIG. 3B is a perspective view of a state in which a magnetic material is inserted into an insertion groove of the first ring half-split portion, and FIG. 3C is a first ring half-split portion. And perspective view of second ring halves

FIG. 4 is a schematic cross-sectional view showing a state where the first ring half-split portion is molded by a primary molding die.

FIG. 5 is a schematic cross-sectional view showing a state in which a magnetic body is inserted in an insertion groove of a first ring half-split portion.

FIG. 6 is a schematic cross-sectional view showing a state in which the first ring half-split portion is mounted on a secondary molding die.

FIG. 7 is a schematic cross-sectional view showing a state where a second ring half-split portion is molded on the first ring half-split portion by a secondary molding die.

FIG. 8 is a schematic cross-sectional view showing a state in which a second ring half-split portion is integrally molded on the first ring half-split portion.

FIG. 9 is a cross-sectional view of an impotence treatment ring that is a magnet formed by magnetizing a magnetic body.

FIG. 10 is a perspective view of a magnetic body insertion device.

FIG. 11A is a vertical sectional side view of the magnetic material insertion device. FIG. 11B is a longitudinal sectional side view of a main part of the magnetic material insertion device.

FIG. 12 is a perspective view of a main part of a magnetic body insertion device.

FIG. 13 is a perspective view of a rotary supply plate and a fixed supply plate.

FIG. 14 (A) is a schematic sectional view showing the operation of the magnetic material insertion device. (B) is a schematic sectional view showing the operation of the magnetic material insertion device. FIG. 14 (C) is a schematic view showing the operation of the magnetic material insertion device. Cross section

15A is a perspective view of a conventional technique, and FIG. 15B is a vertical sectional front view of the conventional technique.

[Explanation of symbols]

A ... integrally molded ring A ₁ ... first ring halves A ₂ ... material 3 ... magnetic 3m ... Magnet 20 ... magnetic and gold to improve the second ring halves 2 ... insertion groove M ... bloodstream, silver , Pieces of metal such as copper or alloys thereof 21. Processed products such as jade, crystallized mineral rocks including gems such as quartz and ceramics 22 ... Processed synthetic resin 23 ... Processed rare earth

Claims (10)

[Claims] 1. An impotence treatment characterized in that a plurality of substances for improving blood flow are provided at predetermined intervals in an integrally molded ring made of rubber such as synthetic resin and not connected in the circumferential direction. ring. 2. An integrally-molded ring made of rubber such as synthetic resin, which is not connected in the circumferential direction, has a substantially half-divided shape in which a part of a plurality of substances that improve blood flow is provided at predetermined intervals in the circumferential direction. The ring for impotence treatment, characterized in that the first half of the ring and the other half are joined to the second half of the ring formed by injection molding. 3. The impotence treatment ring according to claim 2, wherein the substance that improves the blood flow is a magnetic substance and a metal piece such as gold, silver, or copper, or an alloy thereof. 4. The impotence treatment ring according to claim 2, wherein the substance that improves the blood flow is a processed product such as a piece of mineral rock containing gems such as jade and quartz, and a ceramic product. 5. The ring for impotence treatment according to claim 2, wherein the substance improving the blood flow is a synthetic resin processed piece. 6. The impotence treatment ring according to claim 2, wherein the substance that improves the blood flow is a processed rare earth element such as germanium. 7. The impotence treatment ring according to claim 2, wherein the substance that improves the blood flow is a magnet. 8. A material for improving blood flow is inserted into an insertion groove of a first ring half-divided portion having a cross section of a ring made of rubber such as synthetic resin and having a plurality of insertion grooves at predetermined intervals. The second ring half-split part, and a second ring half-split part formed by injection molding another half-split part made of the same material as the first ring half-split part, and a mold for inserting the second ring half-split part. Is integrally molded with the first ring half-split part to form an integrally-molded ring having a substantially elliptical cross section, and the first ring half-split part and the second ring half-split part are filled with the substance that improves the blood flow. An apparatus for manufacturing a ring for impotence treatment, which is characterized by: 9. A ring half made of rubber such as synthetic resin is formed into a half shape, and a first ring half portion having a plurality of insertion grooves at predetermined intervals is formed, and then the first ring half portion is formed. A material that improves blood flow is inserted into the insertion groove of the portion, and the first ring half-cut portion containing the substance that improves the blood flow is put into a molding die. The second ring half-split part, which is formed by injection molding, is integrally molded with the first ring half-split part to form an integrally formed ring having a substantially elliptical cross section, and then the first ring half-split part and the first ring half-split part are formed. A method for manufacturing an impotence treatment ring, characterized in that a substance for improving blood flow is enclosed inside the two-ring half-split part. 10. A ring section made of rubber such as synthetic resin is formed in a half-split shape, and a first ring half-split portion having a plurality of insertion grooves at predetermined intervals is formed, and then the first ring half-split portion. Insert the magnetic body into the insertion groove of the part, put the first half of the ring containing the magnetic body into a molding die, and injection-mold another half of the same material as the first ring half. Second to form
The ring half-split part is integrally molded with the first ring half-split part to form an integrally molded ring having a substantially elliptical cross section, and then the first half
A method for manufacturing an impotence treatment ring, which comprises magnetizing a magnetic material enclosed in a ring half-split part and a second ring half-split part to form a magnet.